pure | 📦 code style | standard

id2

Interdimensional * Identity = Id²

I am exploring the hypothesis that using only a signing pair as a basis for trust between two parties it is possible to authenticate, securely communicate and eventually build full 'user account profiles' in an technology agnostic manner.

This is a microscopic module that provides a slightly elevated API around libsodium's elliptic curve signing cryptography but from a user-identity perspective.

If you want you're welcome to use this module as simple abstraction for cryptographic signing, more information will be added due time.

Use

$ npm install id2

import Identity from 'id2'
// or
// const Identity = require('id2')

const bob = Identity.generate()

sendToAlice(bob.key) // => bobPublicKey

const message = 'I allergic to carrots'
const signature = bob.sign(message)

sendToAlice(message)
sendToAlice(signature)

// Alice can now verify that the message was signed by bob using
const user = new Identity(bobPublicKey)
user.verify(message, signature) // => true

API

const id = new Identity(key)

• key Buffer|hexstring - Public 32byte or secret 64byte key.

Instantiates an identity from a public or secret key. Omitting key parameter produces the same result as Identity.generate()

Instance Properties

• hasSecret boolean, true if the secret for this identity is known.
• key Buffer Public key
• secretKey Buffer Secret key
• public Buffer alias for key prop
• secret Buffer alias for secretKey prop

id.sign(message)

Parameters:

• message string|Buffer Message to be signed

Returns Buffer the signature

Signs the message using secretKey, Throws SecretNotAvailable error when attempting to sign a message using an identity that only contains the public-key

id.verify(message, signature)

Parameters:

• message string|Buffer Message to verify
• signature Buffer Signature

Returns boolean

Uses the instance public-key to verify if the signature for a given message was produced by the secret key.

Static Methods

Identity.generate()

Returns Identity

Generates a new instance of an identity with a sign pair.

Identity.encode(id, [buffer], [offset])

Returns Buffer

Encodes an Identity instance to binary form.

See abstract-encoding for more details

Identity.decode(buffer, [start], [end])

Returns Identity

Decodes an Identity instance from bytes.

See abstract-encoding for more details

Donations

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|  __ \   Help Wanted!     | | | |         | |
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If you're reading this it means that the docs are missing or in a bad state.

Writing and maintaining friendly and useful documentation takes
effort and time. In order to do faster releases
I will from now on provide documentation relational to project activity.

  __How_to_Help____________________________________.
 |                                                 |
 |  - Open an issue if you have ANY questions! :)  |
 |  - Star this repo if you found it interesting   |
 |  - Fork off & help document <3                  |
 |.________________________________________________|

I publish all of my work as Libre software and will continue to do so,
drop me a penny at Patreon to help fund experiments like these.

Patreon: https://www.patreon.com/decentlabs
Discord: https://discord.gg/K5XjmZx
Telegram: https://t.me/decentlabs_se

Changelog

1.0.0 first release

Contributing

By making a pull request, you agree to release your modifications under the license stated in the next section.

Only change-sets by human contributors will be accepted.

License

AGPL-3.0-or-later

Tony Ivanov [e-mail] 🄯 2020